Week #01 on September 17, 2011
Week #02 on September 24, 2011
Week #03 on October 1, 2011
Week #04 on October 15, 2011
Week #05 on October 22, 2011
Week #06 on October 29, 2011; MidTerm
Week #07 on November 5, 2011
Week #08 on November 12, 2011
Week #09 on November 19, 2011
Week #10 on December 3, 2011
Postpone the "Additional Problem" to Homewrok #2
Postpone problem 4 to Homewrok #3
Include Problem 4 from Homework #2.
Review session is set for Wednesday, October 26, 2011 at 5:30 to 8:30(?) pm in Room M345
(end time is open depending on your questios).
Those of you who are free from 4:00 pm I am available for individual or group consultations.
Correlation sheet for Problem 4
Notes for Week #1 Pages 1-24
(pages 19-24 defer to Week #2)
(pages 38-42 defer to Week #3)
(pages 58-63 defer to Week #4)
(pages 67-68 and 78-83 defer to Week #5)
(pages 107-116 defer to Week #7)
(pages 117-138 defer to Week #8)
Spreadsheet for computing P(X=k), where X is the queue size
The computation uses 6 seconds. The steady state analytical result is shown on row 6007
(pages 149-158 defer to Week #9)
Power Point Slides for Week #8
(pages 174-177 defer to Week #10)
You may cover this material on your own. It provides applications to networks.
There is an open book MidTerm in class (during week 6), and is worth 40% of the grade.
There is a take-home final to be turned in a few days after the end
of the course. It should be done individually and is worth 50% of the grade
Due via email on Wednesday, December 7, 2011 at 8:00 am.
Submission formats: pdf, doc, and xls -- make sure you write explicitly the equations you are using, just in case the numeric answer is wrong.
If you have questions, the answers, if relevant, will be sent to the entire class.
Some of you requested a problem like #11 so I provided that problem and you must solve ONLY 10 problems. You lose points if you turn in 11 and increase my load by 10%.